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Questions and Answers
Which design principle does Flow.BI follow for generating the Data Vault 2.0 model?
Which design principle does Flow.BI follow for generating the Data Vault 2.0 model?
- Derive a better Data Vault model in the Business Vault
- Generate the best Data Vault model
- Include business logic in the model
- Capture source data in a consistent way (correct)
Is it necessary to have a better model for information delivery?
Is it necessary to have a better model for information delivery?
- It depends on the specific requirements
- It is not mentioned in the text
- Yes, a better model is required for information delivery
- No, a better model is not required for information delivery (correct)
What can be done with the Data Vault model generated by Flow.BI?
What can be done with the Data Vault model generated by Flow.BI?
- Refactor the model without reloading (correct)
- Capture source data in a consistent way
- Generate the best Data Vault model
- Include business logic in the model
True or false: The design principle behind Flow.BI is to generate the best Data Vault 2.0 model?
True or false: The design principle behind Flow.BI is to generate the best Data Vault 2.0 model?
True or false: The Data Vault model generated by Flow.BI can be refactored without reloading the source data?
True or false: The Data Vault model generated by Flow.BI can be refactored without reloading the source data?
True or false: Business logic is missing in the generated Data Vault model by Flow.BI?
True or false: Business logic is missing in the generated Data Vault model by Flow.BI?
Match the following statements with their correct interpretation in the context of Flow.BI's Data Vault 2.0 model:
Match the following statements with their correct interpretation in the context of Flow.BI's Data Vault 2.0 model:
Match the following features of Flow.BI's Data Vault 2.0 model:
Match the following features of Flow.BI's Data Vault 2.0 model:
Match the following principles with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following principles with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following statements with their correct interpretations in the context of Flow.BI's Data Vault 2.0 model:
Match the following statements with their correct interpretations in the context of Flow.BI's Data Vault 2.0 model:
Match the following principles with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following principles with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following terms with their definitions in the context of Flow.BI's Data Vault 2.0 model:
Match the following terms with their definitions in the context of Flow.BI's Data Vault 2.0 model:
Match the following concepts with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following concepts with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following ideas with their interpretations in the context of Flow.BI's Data Vault 2.0 model:
Match the following ideas with their interpretations in the context of Flow.BI's Data Vault 2.0 model:
Match the following statements with their correct interpretations in the context of Flow.BI's Data Vault 2.0 model:
Match the following statements with their correct interpretations in the context of Flow.BI's Data Vault 2.0 model:
Match the following principles with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following principles with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following terms with their definitions in the context of Flow.BI's Data Vault 2.0 model:
Match the following terms with their definitions in the context of Flow.BI's Data Vault 2.0 model:
Match the following concepts with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Match the following concepts with their descriptions in the context of Flow.BI's Data Vault 2.0 model:
Which approach does Flow.BI take when generating a data model?
Which approach does Flow.BI take when generating a data model?
What is the advantage of the model generated by Flow.BI compared to the poorest, valid model?
What is the advantage of the model generated by Flow.BI compared to the poorest, valid model?
Why is it suggested to derive a 'better' model in the Business Vault with manual effort?
Why is it suggested to derive a 'better' model in the Business Vault with manual effort?
What is the underlying problem with defining a 'better' model?
What is the underlying problem with defining a 'better' model?
What is the main focus of Flow.BI's generated model?
What is the main focus of Flow.BI's generated model?
What is the role of Flow.BI's generated model in the overall data modeling process?
What is the role of Flow.BI's generated model in the overall data modeling process?
What is missing in the generated Data Vault model by Flow.BI?
What is missing in the generated Data Vault model by Flow.BI?
What is the current capability of Flow.BI's automation in generating the data model?
What is the current capability of Flow.BI's automation in generating the data model?
What is the suggestion regarding the Raw Data Vault model generated by Flow.BI?
What is the suggestion regarding the Raw Data Vault model generated by Flow.BI?
Flow.BI strives to find the best data model that fits the data.
Flow.BI strives to find the best data model that fits the data.
Flow.BI generates a valid model that captures the raw data.
Flow.BI generates a valid model that captures the raw data.
The model generated by Flow.BI is often the best model available.
The model generated by Flow.BI is often the best model available.
The best model requires a lot of manual work and analysis.
The best model requires a lot of manual work and analysis.
Flow.BI suggests optimizing the Raw Data Vault model.
Flow.BI suggests optimizing the Raw Data Vault model.
The underlying problem with defining a 'better' model is the lack of awareness of other potential models.
The underlying problem with defining a 'better' model is the lack of awareness of other potential models.
The design principle behind Flow.BI is to generate the best Data Vault 2.0 model.
The design principle behind Flow.BI is to generate the best Data Vault 2.0 model.
The Data Vault model generated by Flow.BI can be refactored without reloading the source data.
The Data Vault model generated by Flow.BI can be refactored without reloading the source data.
Business logic is missing in the generated Data Vault model by Flow.BI.
Business logic is missing in the generated Data Vault model by Flow.BI.